|
||||||
| Field | Description |
|---|---|
| name | breastmilk influences development and composition of the oral microbiome |
| doi | https://doi.org/10.1080/20002297.2022.2096287 |
| sra | prjna747639 |
| mapmd5 | 4423054be7c6b025ab07932e4000892a |
| datamd5 | 130c1ba4b34d60957ba2b0e4d38b7ad5 |
| Exp. ID | User ID | Description | Date | Region | Flag | Sequences |
|---|---|---|---|---|---|---|
| 919 | amnon | high in breast fed compared to formula fed in 2-month-old human stage 1-month-old human stage state of victoria australia infant saliva homo sapiens | 2022-07-17 | v4 | No | 1 |
| Field | Description |
|---|---|
| description | |
| type | diffexp |
| num_sequences | 1 |
| region | v4 |
| flags | 0 |
| agent | calour |
| method | na |
| date | 2022-07-17 |
| username | amnon |
| private | n |
| low | formula fed |
| all | 2-month-old human stage |
| all | 1-month-old human stage |
| all | state of victoria |
| all | australia |
| all | infant |
| all | saliva |
| all | homo sapiens |
| high | breast fed |
low: formula fed diet type
all: cellular organisms infant hominidae geographic location continuant state (australia) deuterostomia organism part infant stage euteleostomi dipnotetrapodomorpha amniota boreoeutheria oceania entity developmental stage eutheria na homo human life cycle 1-month-old human stage mammalia tetrapoda hominoidea secretion of exocrine gland material anatomical entity taxonomy root teleostomi chordata catarrhini organism substance bilateria homo sapiens material entity opisthokonta craniata <chordata> experimental factor 2-month-old human stage vertebrata <metazoa> part of plant or animal euarchontoglires bodily fluid simiiformes nonmeat part of animal eumetazoa anatomy basic component human life cycle stage homininae part of animal australasia state of victoria immature stage haplorrhini sarcopterygii anatomical structure animal body or body part anatomical entity australia organism metazoa under-1-year-old human stage primates independent continuant process theria <mammalia> gnathostomata <vertebrate> saliva eukaryota
high: diet type breast fed
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